B. Follow instructions.
This has to be the most important step to follow in all labs. If your instructor says not to eat or touch something do not do it! Furthermore all of the other answers can be summarized in step B
Answer:
A. facilitate lab based experiments
Explanation:
Bioinformatics is a multidisciplinary science that arose from the need to understand biological functions, more specifically genes. Software engineering, mathematics, physics, chemistry, statistics, computer science and molecular biology are some areas of knowledge related to it.
This science is responsible for storing and relating biological data, with the aid of computational methods and mathematical algorithms. Thus, it recognizes patterns that would probably be impossible to analyze without such help. That is why we can say that biotechnology has the ability to facilitate laboratory-based experiments.
Predicting structures and results, studying and simulating cell metabolism, building evolutionary trees, studying three-dimensional molecule structures, analyzing biological images and signals, and even unraveling the biological function of a given DNA sequence are all activities that bioinformatics enables. Storing information in a database allows researchers around the world to share information, GenBank being one of the best known and most complete.
Answer:
B. plants use the energy from sunlight to produce food.
Plants use the light energy to produce food molecules during photosynthesis and obtain cellular energy from the bonds of these food molecules during cellular respiration.
When a phage comes in contact with a bacterial host, it attaches itself to the receptors at the outside surface of the cell. Once secured, the phage injects its DNA or RNA inside the cell through endocytosis. Once inside, the host will change according to the DNA or RNA injected.